3 research outputs found
Dark Matter Candidates: A Ten-Point Test
- Author
- Abel S A Jaeckel J Khoze V V Ringwald A
- Ahn K
- Alner G J
- Aloisio R
- Andriamonje S
- Angle J (XENON Collaboration)
- Antonio Masiero
- Arina C
- Arkani-Hamed N
- Arnowitt R Dutta B Hu B
- Baer H
- Baer H
- Baer H Balazs C Belyaev A O’Farrill J
- Baltz E A
- Baltz E A
- Battaglia M
- Battesti R
- Beacom J F Bell N F Mack G D
- Benetti P
- Bergstrom L
- Bergstrom L
- Bergstrom L
- Bertone G
- Bertone G Buchmuller W Covi L Ibarra A
- Bertone G Fairbairn M
- Boehm C
- Boehm C Uwer P
- Bolte W J
- Bottino A Donato F Fornengo N Scopel S
- Buchmuller W
- Buchmuller W Covi L Hamaguchi K Ibarra A Yanagida T
- Cembranos J A R Jonathan L F Rajaraman A Takayama F
- Cerdeno D G
- Cheng H C
- Colafrancesco S de Bernardis P Masi S Polenta G Ullio P
- Covi L
- Covi L
- Covi L Kraml S
- Cyburt R H
- Das S P Datta A Guchait M Maity M Mukherjee S
- Datta A Dey P Gupta S K Mukhopadhyaya B Nyffeler A
- Davison S
- De Angelis A Mansutti O Roncadelli M
- Diaz-Cruz J L
- Dodelson S
- Ehret K
- Elgarøy Ø
- Ellis J
- Ellis J R
- Fairbairn M (CERN) Scott P Edsjo J
- Feng J L
- Fields B D
- Finkbeiner D P Weiner N
- Fornasa M Taoso M Bertone G
- Georg G R
- Gianfranco Bertone
- Giudice G F
- Giudice G F
- Gjelsten B K
- Gjelsten B K
- Gnedin O Y
- Gondolo P
- Groom D E
- Guessoum N Jean P Prantzos N
- Gustafsson M Bergstrom L Edsj J Lundstrm E
- Hamaguchi K
- Hannestad S
- Hannestad S
- Hannestad S
- Hirsch M
- Hooper D Profumo S
- Hooper D Serpico P D
- Ibarra A Tran D
- Jedamzik K
- Jedamzik K
- Kang J Luty M A Nasri S
- Kolb E W
- Kolb E W Chung D J Riotto A
- Kolb E W Starobinsky A A Tkachev I I
- Kong K
- Kudryavtsev V
- Lee H S
- Lester C G
- Lionetto A M
- Lola S Osland P Raklev A R
- Maltoni M
- Marco Taoso
- Masso E
- McGuire P C Steinhardt P J
- Melchiorri A Polosa A D Strumia A
- Mohayaee R
- Petraki K Kusenko A
- Pieri L
- Pospelov M Ritz A
- Primack J R
- Primack J R
- Raffelt G G
- Raffelt G G
- Randall S W Markevitch M Clowe D Gonzalez A H Bradac M
- Renzini A
- Ruiz de Austri R
- Scott D Smoot G F (Particle Data Group)
- Scott P Edsjo J Fairbairn M
- Seljak U
- Semikoz D V
- Simon J D Geha M
- Skibo J G Johnson W N Kurfess J D Kinzer R L Jung G Grove J E Purcell W R Ulmer M P Gehrels N Tueller J
- Smillie J M
- Spergel
- Spolyar D Freese K Gondolo P
- Steffen F D
- Steffen F D
- Steffen F D
- Steigman G
- Strong A W
- Tovey D R
- Viel M
- Viel M Becker G D Bolton J S Haehnelt M G Rauch M Sargent W L W
- Wandelt B Davé R Farrar G R McGuire P C Spergel D N Steinhardt P J
- Weidenspointner G
- Zavattini E (PVLAS Collaboration)
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2008
- Field of study
An extraordinarily rich zoo of non-baryonic Dark Matter candidates has been
proposed over the last three decades. Here we present a 10-point test that a
new particle has to pass, in order to be considered a viable DM candidate: I.)
Does it match the appropriate relic density? II.) Is it {\it cold}? III.) Is it
neutral? IV.) Is it consistent with BBN? V.) Does it leave stellar evolution
unchanged? VI.) Is it compatible with constraints on self-interactions? VII.)
Is it consistent with {\it direct} DM searches? VIII.) Is it compatible with
gamma-ray constraints? IX.) Is it compatible with other astrophysical bounds?
X.) Can it be probed experimentally?Comment: 29 pages, 12 figure
Minimal dark matter: model and results
- Author
- Adriani O
- Adriani O (PAMELA Collaboration)
- Alessandro Strumia
- Aprile E Baudis L (XENON Collaboration)
- Azuelos G
- Barwick S W
- Belotsky K
- Bergstrom L
- Bertone G Cirelli M Strumia A Taoso M
- Bringmann T Lavalle J Salati P
- Büshing I
- Cassel S Ghilencea D M Ross G G
- CDMS-II Collaboration
- Cirelli M
- Cirelli M Kadastik M Raidal M Strumia A
- Cirelli M Strumia A
- Colangelo G Isidori G
- Coulomb C A
- de Roeck A
- Delahaye T Donato F Fornengo N Lavalle J Lineros R Salati P Taillet R
- Denegri D
- Einasto J
- Essig R Sehgal N Strigari L
- FERMI Collaboration
- FERMI/LAT Collaboration
- Graham A W
- HESS Collaboration
- Hisano J Kawasaki M Kohri K Moroi T Nakayama K
- Hooper D Blasi P Serpico P D
- Iengo R
- Iengo R
- Iocco F Mangano G Miele G Pisanti O Serpico P D
- Kobayashi T
- Kobayashi T Nishimura J Komori Y Shirai T Tateyama N Taira T Yoshida K Yuda T (EC collaboration)
- Lavalle J Pochon J Salati P Taillet R
- Lavalle J Yuan Q Maurin D Bi X J
- Mack G D Beacom J F Bertone G
- Marco Cirelli
- Maurin D
- Maurin D Taillet R Donato F Salati P Barrau A Boudoul G
- Moskalenko I V
- Navarro J
- Navarro J F
- Pieri L Lattanzi M Silk J
- Piran T
- Profumo S
- Serpico P D
- Spergel D N (WMAP Collaboration)
- Tan L C
- Wefel J P
- Yuksel H Kistler M D Stanev T
- Publication venue
- 'IOP Publishing'
- Publication date
- Field of study
Probing particle physics with IceCube
- Author
- A Acker
- A Acker
- A Albert
- A Bhattacharya
- A Bhattacharya
- A Bhattacharya
- A Bhattacharya
- A Bhattacharya
- A Bhattacharya
- A Bhattacharya
- A Bottino
- A Brandenburg
- A Cooper-Sarkar
- A Cooper-Sarkar
- A Dekel
- A Esmaili
- A Esmaili
- A Esmaili
- A Esmaili
- A Gazizov
- A Gould
- A Gould
- A Gould
- A Halprin
- A Kusenko
- A Kusenko
- A Kusenko
- A Rújula De
- AD Martin
- AM Dziewonski
- AM Polyakov
- AR Bodmer
- AV Kravtsov
- B Bertoni
- B Cañadas
- B Feldstein
- B Moore
- B Pontecorvo
- B Pontecorvo
- C Aisati El
- C Andreopoulos
- C Blanco
- C Boehm
- C Kraus
- C Rott
- CA Argüelles
- CA Argüelles
- Carlos Pérez de los Heros
- CG Callan Jr
- CL Cowan
- CS Fong
- D Borah
- D Colladay
- D Drift van der
- D Seckel
- DJH Chung
- DP Hogan
- E Andres
- E Farhi
- E Iancu
- E Waxman
- E Witten
- EA Kuraev
- EN Parker
- F Benatti
- F Capozzi
- F Dydak
- F Kahlhoefer
- F Reines
- FC Adams
- FW Stecker
- FW Stecker
- G Altarelli
- G Bertone
- G Ingelman
- G Jungman
- G Lindblad
- G Mention
- G Ogiya
- G Servant
- G ’t Hooft
- GD Mack
- GH Collin
- GJ Feldman
- GL Fogli
- GL Kane
- GR Dvali
- GZ Adunas
- H Georgi
- H Silverwood
- H Yuksel
- I Affleck
- IFM Albuquerque
- IFM Albuquerque
- IFM Albuquerque
- II Balitsky
- IM Shoemaker
- J Arafune
- J Edsjö
- J Ellis
- J Engel
- J Kopp
- J Kopp
- J Kwiecinski
- J Liao
- J Madsen
- J Madsen
- J Preskill
- J Salvado
- JF Beacom
- JF Beacom
- JF Navarro
- JF Oliver
- JG Learned
- JH Koehne
- JL Feng
- JL Feng
- JM Conrad
- JM Herndon
- JN Bahcall
- JR Ellis
- K Choi
- K Choi
- K Griest
- K Ioka
- K Murase
- KCY Ng
- KJ Golec-Biernat
- KJ Golec-Biernat
- Klaus Helbing
- L Bergström
- L Bergström
- L Bergström
- L Patrizii
- L Wolfenstein
- LM Krauss
- LN Lipatov
- M Ahlers
- M Ahlers
- M Ahlers
- M Ahlers
- M Ahlers
- M Benzke
- M Birkel
- M Bustamante
- M Chianese
- M Chianese
- M Chianese
- M Chianese
- M Danninger
- M Felizardo
- M Gasperini
- M Honda
- M Honda
- M Ibe
- M Lindner
- M Mori
- M Re Fiorentin
- M Ricotti
- M Srednicki
- Markus Ahlers
- MC González-García
- MC González-García
- MC González-García
- MG Aartsen
- MM Boliev
- MM Boliev
- MS Turner
- N Grevesse
- N Hiroshima
- P Bari Di
- P Ko
- P Nath
- PAM Dirac
- PAM Dirac
- PB Denton
- PF Harrison
- PS Bhupal Dev
- PSB Dev
- R Brustein
- R Catena
- R Enberg
- R Gauld
- R Hagedorn
- R Jost
- RN Mohapatra
- RW Rasmussen
- S Ando
- S Arrenberg
- S Basu
- S Liberati
- S Ritz
- S Schonert
- S Sivertsson
- SB Roland
- SD Wick
- SL Glashow
- SM Boucenna
- SP Martin
- SP Mikheev
- SR Coleman
- T Banks
- T Cohen
- T Marrodán Undagoitia
- T Quickenden
- TD Lee
- TK Gaisser
- TK Gaisser
- TK Gaisser
- TT Wu
- TWB Kibble
- TWB Kibble
- V Lukovic
- VA Kostelecky
- VA Rubakov
- VN Gribov
- WD Apel
- WH Press
- WJG Blok de
- X-J Bi
- X-J Xu
- Y Bai
- Y Farzan
- Y Kazama
- Y Rephaeli
- Y Sui
- YL Dokshitzer
- YM Cho
- Z Maki
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study